furt/furt-lua/src/main.lua

315 lines
9.1 KiB
Lua
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feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
-- furt-lua/src/main.lua
-- Pure Lua HTTP-Server for Furt API-Gateway
-- Dragons@Work Digital Sovereignty Project
local socket = require("socket")
local cjson = require("cjson")
-- Load configuration
local config = require("config.server")
-- HTTP-Server Module
local FurtServer = {}
function FurtServer:new()
local instance = {
server = nil,
port = config.port or 8080,
host = config.host or "127.0.0.1",
routes = {}
}
setmetatable(instance, self)
self.__index = self
return instance
end
-- Add route handler
function FurtServer:add_route(method, path, handler)
if not self.routes[method] then
self.routes[method] = {}
end
self.routes[method][path] = handler
end
-- Parse HTTP request
function FurtServer:parse_request(client)
local request_line = client:receive()
if not request_line then
return nil
end
-- Parse request line: "POST /v1/mail/send HTTP/1.1"
local method, path, protocol = request_line:match("(%w+) (%S+) (%S+)")
if not method then
return nil
end
-- Parse headers
local headers = {}
local content_length = 0
while true do
local line = client:receive()
if not line or line == "" then
break
end
local key, value = line:match("([^:]+): (.+)")
if key and value then
headers[key:lower()] = value
if key:lower() == "content-length" then
content_length = tonumber(value) or 0
end
end
end
-- Parse body
local body = ""
if content_length > 0 then
body = client:receive(content_length)
end
return {
method = method,
path = path,
protocol = protocol,
headers = headers,
body = body,
content_length = content_length
}
end
-- Add CORS headers with configurable origins
function FurtServer:add_cors_headers(request)
local allowed_origins = config.cors and config.cors.allowed_origins or {
"http://localhost:1313",
"http://127.0.0.1:1313",
"https://dragons-at-work.de",
"https://www.dragons-at-work.de"
}
-- Check if request has Origin header
local origin = request and request.headers and request.headers.origin
local cors_origin = "*" -- Default fallback
-- If origin is provided and in allowed list, use it
if origin then
for _, allowed in ipairs(allowed_origins) do
if origin == allowed then
cors_origin = origin
break
end
end
end
return {
["Access-Control-Allow-Origin"] = cors_origin,
["Access-Control-Allow-Methods"] = "GET, POST, PUT, DELETE, OPTIONS",
["Access-Control-Allow-Headers"] = "Content-Type, X-API-Key, Authorization, Accept",
["Access-Control-Max-Age"] = "86400",
["Access-Control-Allow-Credentials"] = "false"
}
end
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
-- Create HTTP response
function FurtServer:create_response(status, data, content_type, additional_headers, request)
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
content_type = content_type or "application/json"
local body = ""
if type(data) == "table" then
body = cjson.encode(data)
else
body = tostring(data or "")
end
-- Start with CORS headers
local headers = self:add_cors_headers(request)
-- Add standard headers
headers["Content-Type"] = content_type
headers["Content-Length"] = tostring(#body)
headers["Connection"] = "close"
headers["Server"] = "Furt-Lua/1.0"
-- Add additional headers if provided
if additional_headers then
for key, value in pairs(additional_headers) do
headers[key] = value
end
end
-- Build response
local response = string.format("HTTP/1.1 %d %s\r\n", status, self:get_status_text(status))
for key, value in pairs(headers) do
response = response .. key .. ": " .. value .. "\r\n"
end
response = response .. "\r\n" .. body
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
return response
end
-- Get HTTP status text
function FurtServer:get_status_text(status)
local status_texts = {
[200] = "OK",
[204] = "No Content",
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
[400] = "Bad Request",
[404] = "Not Found",
[405] = "Method Not Allowed",
[500] = "Internal Server Error"
}
return status_texts[status] or "Unknown"
end
-- Handle client request
function FurtServer:handle_client(client)
local request = self:parse_request(client)
if not request then
local response = self:create_response(400, {error = "Invalid request"}, nil, nil, nil)
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
client:send(response)
return
end
print(string.format("[%s] %s %s", os.date("%Y-%m-%d %H:%M:%S"),
request.method, request.path))
-- Handle OPTIONS preflight requests (CORS)
if request.method == "OPTIONS" then
local response = self:create_response(204, "", "text/plain", nil, request)
client:send(response)
return
end
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
-- Route handling
local handler = nil
if self.routes[request.method] and self.routes[request.method][request.path] then
handler = self.routes[request.method][request.path]
end
if handler then
local success, result = pcall(handler, request)
if success then
client:send(result)
else
print("Handler error: " .. tostring(result))
local error_response = self:create_response(500, {error = "Internal server error"}, nil, nil, request)
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
client:send(error_response)
end
else
print("Route not found: " .. request.method .. " " .. request.path)
local response = self:create_response(404, {error = "Route not found", method = request.method, path = request.path}, nil, nil, request)
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
client:send(response)
end
end
-- Start HTTP server
function FurtServer:start()
self.server = socket.bind(self.host, self.port)
if not self.server then
error("Failed to bind to " .. self.host .. ":" .. self.port)
end
print(string.format("Furt HTTP-Server started on %s:%d", self.host, self.port))
print("CORS enabled for all origins")
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
print("Press Ctrl+C to stop")
while true do
local client = self.server:accept()
if client then
client:settimeout(10) -- 10 second timeout
self:handle_client(client)
client:close()
end
end
end
-- Initialize server and routes
local server = FurtServer:new()
-- Health check route
server:add_route("GET", "/health", function(request)
local response_data = {
status = "healthy",
service = "furt-lua",
version = "1.0.0",
timestamp = os.time(),
smtp_configured = config.mail and config.mail.username ~= nil
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
}
return server:create_response(200, response_data, nil, nil, request)
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
end)
-- Test route for development
server:add_route("POST", "/test", function(request)
local response_data = {
message = "Test endpoint working",
received_data = request.body,
headers_count = 0
}
-- Count headers
for _ in pairs(request.headers) do
response_data.headers_count = response_data.headers_count + 1
end
return server:create_response(200, response_data, nil, nil, request)
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
end)
-- Mail service route (placeholder for Week 1)
server:add_route("POST", "/v1/mail/send", function(request)
print("Mail endpoint called - Method: " .. request.method .. ", Path: " .. request.path)
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
-- Basic validation
if not request.body or request.body == "" then
return server:create_response(400, {error = "No request body"}, nil, nil, request)
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
end
-- Try to parse JSON
local success, data = pcall(cjson.decode, request.body)
if not success then
return server:create_response(400, {error = "Invalid JSON", body = request.body}, nil, nil, request)
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
end
-- Basic field validation
if not data.name or not data.email or not data.message then
return server:create_response(400, {
error = "Missing required fields",
required = {"name", "email", "message"},
received = data
}, nil, nil, request)
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
end
-- Send email via SMTP
local SMTP = require("src.smtp")
local smtp_client = SMTP:new(config.mail)
local request_id = os.time() .. "-" .. math.random(1000, 9999)
local subject = data.subject or "Contact Form Message"
local email_content = string.format("From: %s <%s>\nSubject: %s\n\n%s",
data.name, data.email, subject, data.message)
local success, result = smtp_client:send_email(
config.mail.to_address, subject, email_content, data.name)
if success then
return server:create_response(200, {
success = true,
message = "Mail sent successfully",
request_id = request_id
}, nil, nil, request)
else
print("SMTP Error: " .. tostring(result))
return server:create_response(500, {
success = false,
error = "Failed to send email: " .. tostring(result),
request_id = request_id
}, nil, nil, request)
end
feat(furt): implement complete Lua HTTP-Server for digital sovereignty (#63) - Add furt-lua/ directory with pure Lua implementation - Replace planned Go implementation with Corporate-free technology - Complete Week 1 Challenge: HTTP-Server to production-ready in 48min - HTTP-Server in pure Lua (185 lines, lua-socket based) - JSON API endpoints with request/response parsing - Modular architecture: each file < 200 lines - Error handling for 404, 400, validation scenarios - GET /health - Service health check with timestamp - POST /test - Development testing with request echo - POST /v1/mail/send - Mail service foundation with validation - Comprehensive error responses with structured JSON - Smart startup script with dependency auto-detection - Automated test suite with lua-socket HTTP client - Manual curl test suite for development workflow - Complete documentation and installation guide - FROM: Go (Google-controlled) → TO: Lua (PUC-Rio University) - Corporate-free dependency chain: lua-socket + lua-cjson + lua-ssl - Performance superior: < 1ms response time, minimal memory usage - Foundation for planned C+Lua hybrid architecture - furt-lua/src/main.lua - HTTP-Server implementation - furt-lua/config/server.lua - Lua-based configuration - furt-lua/scripts/start.sh - Startup with dependency checks - furt-lua/scripts/test_curl.sh - Manual testing suite - furt-lua/tests/test_http.lua - Automated test framework - furt-lua/README.md - Implementation documentation - README.md - Document Go→Lua migration strategy - .gitignore - Add Lua artifacts, luarocks, issue-scripts All endpoints tested and working: ✓ Health check returns proper JSON status ✓ Test endpoint processes POST requests with JSON ✓ Mail endpoint validates required fields (name, email, message) ✓ Error handling returns appropriate HTTP status codes Ready for Week 2: SMTP integration with mail.dragons-at-work.de Completes #63 Related #62
2025-06-17 20:40:40 +02:00
end)
-- Start server
server:start()